Manufacturing Automation Engineer at ClearPath Medical

Tustin, California, United States -

Full Time

Start Date

Immediate

Expiry Date

25 Sep, 26

Salary

115000.0

Posted On

27 Jun, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

PLC Programming, Robotics, Vision Systems, CAD, SolidWorks, Mechanical Aptitude, Automation Tooling, Pneumatics, Motion Components, Process Engineering, Equipment Engineering, FDA Compliance, ISO Requirements, SOP Documentation, Crimping, Soldering

Industry

Medical Equipment Manufacturing

Description

Medical Device Automation | Hands-On Builder Role ClearPath Medical – Tustin, CA On-site | No relocation | U.S. work authorization required Compensation: $85,000 – $115,000 DOE + benefits (We pay for real, hands-on automation talent; not buzzwords) About ClearPath Medical ClearPath Medical is an engineer-owned medical device contract manufacturer specializing in custom medical cable assemblies: designed, built, and shipped entirely in-house in Tustin, CA. We operate with short decision loops, minimal bureaucracy, and real ownership. Our automation team builds production-ready solutions that go directly into FDA-regulated manufacturing, not science projects that die on a PowerPoint slide. If you enjoy designing, building, wiring, programming, and improving machines yourself, you'll feel at home here. The Role (What You'll Actually Do) This is a hands-on manufacturing automation role, not a systems architect or desk-only engineering position. You'll design and deploy semi-automated and automated equipment for high-mix medical manufacturing, including cable prep, crimping, soldering, labeling, and dispensing. Typical work mix: ~70% shop floor (build, debug, improve) ~30% design, documentation, and programming Key Responsibilities Design and build custom automation tooling, fixtures, and work cells Improve existing manual or semi-automated processes for safety, repeatability, and throughput Program and debug PLCs, robots, and vision systems used in production Integrate sensors, pneumatics, motion components, and safety systems Support FAT/SAT, production launch, and continuous improvement Create clear SOPs and basic documentation that operators can actually follow Partner with Manufacturing, Quality, and Engineering teams to meet FDA and ISO requirements What Were Looking For (Realistic & Local) Required 3–7+ years in manufacturing automation, process engineering, or equipment engineering Hands-on experience building or modifying automation used in production Strong mechanical aptitude (fixtures, tooling, mechanisms) Experience with at least one of the following: PLCs or industrial controls Collaborative or industrial robots Vision systems Automated crimping, soldering, labeling, or dispensing CAD experience (SolidWorks or similar) Comfortable working on the shop floor with technicians and operators Able to work on-site in Tustin, CA Nice to Have (Not Deal-Breakers) Medical device, aerospace, or electronics manufacturing experience Lean or continuous improvement exposure (SMED, OEE, poka-yoke) Light machining, prototyping, or 3D printing experience Experience validating or supporting FDA-regulated processes Important: You do not need to be an expert in every automation technology listed. We value builders who learn quickly more than those who focus on checklist perfection. Why Engineers Choose ClearPath You own projects end-to-end: design, build, production Decisions happen fast; prototypes happen faster Your work ships into real, life-critical medical devices No layers of management between you and the impact Jeans, safety glasses, and machines, not meetings all day Benefits Competitive salary based on experience Medical, dental, and vision insurance Paid time off Stable, growing medical manufacturing environment Long-term career growth in automation leadership

Responsibilities

Design, build, and deploy semi-automated and automated equipment for medical device manufacturing. This includes programming PLCs and robots while spending approximately 70% of the time on the shop floor debugging and improving machines.